# Code-a-Pillar

Computational Thinker

### Overview​

The Code-a-Pillar teaches the basics of coding, using sequencing and programming, with segments of the caterpillar's body. Each of the eight segments is labeled with different symbols and colors. The students will put them together, attach them to the caterpillar's smiling, blinky-eyed, motorized head, and press a button to get the whole toy to move.

The students will program the Code-a-Pillar to travel from a starting point to an ending point by plugging in the segments in the correct order.

## Learning Objectives

Students will:

• Be able to learn basic coding skills.
• Be able to understand the basic components of computational thinking.

## Vocabulary

1. Coding: Coding is writing instructions for a computer to perform.
2. Computational Thinker: A computational thinker develops and employs the thought processes involved in formulating a problem and expressing its solution(s) in such a way that a computer—human or machine—can effectively carry out.

## Pre-planning

• The teacher will purchase a Code-a-Pillar.
• Target, Amazon, Fisher Price and Walmart all sell for it around \$40.00- \$50.00.
• Make sure each segment lights to show that it’s connected properly.

• Additional segments can be purchased which not only turn or go straight, but add blinking eyes and special sounds.

• Read the article on the Fisher Price Code-a-Pillar.

## Steps

1. The teacher will introduce the Code-a-Pillar to the students.
2. The students are going to learn basic coding, program solving and criticial thinking skills as they get the Code-a-Pillar to move.
3. Have the students play with it at first to learn what it does.
4. Then have the students create cards for each segment and then lay them down in order to guide the order segments are attached. This will teach them what goes into basic coding.
5. Make sure to give it a lot of space as it makes slow turns.
6. Note that the music cannot be turned off.

• Have the students create an obstacle course in the classroom.
• Have the students draw a map and have the Code-a-Pillar go to different locations on the map.

## Assessment Options

• Observations
• Check for understanding
• Create a simple rubric for:
• Maze creation.
• Putting the code-a-pillar through it paces through the obstace courses.
• Map making skills.

## ISTE Standards

Computational Thinker
5a. Students formulate problem definitions suited for technology-assisted methods such as data analysis, abstract models and algorithmic thinking in exploring and finding solutions.
5c. Students break problems into component parts, extract key information, and develop descriptive models to understand complex systems or facilitate problem-solving.
5d. Students understand how automation works and use algorithmic thinking to develop a sequence of steps to create and test automated solutions.

MITECS: Michigan adopted the "ISTE Standards for Students" called MITECS (Michigan Integrated Technology Competencies for Students) in 2018.

## Devices and Resources

Device: Code-a-Pillar

Website:
Code-a-Pillar article

## ELA

• Students can write a short story on the Code-a-Pillar's adventure around the room.

## Integrated Arts

• The students can build an elaborate obstacle for the Code-a-Pillar to go through.

## Math

• The students are learning basic coding skills.

## Science

• The students are learning basic engineering skills.

## Social Studies

CREDITS
This task card was created by Andy Mann, REMC Director, Muskegon Area ISD and Melissa White, 21Things Project Manager.